KOUT 2070 - Introduction to Energy Modelling Fundamentals

The course provides an overview of the energy systems and the ways they are represented in major energy models.
The course is well-suited for students with a good understanding of key concepts in Energy Economics and a strong familiarity with Excel.
It is strongly recommended that students who apply for this course have covered these bases in order to be able to benefit fully from the course. It details the main factors influencing energy demand and supply and outline the fundamentals of four major sectors (building, transport, fossil fuel supply and power). Several examples and calculations are proposed and requested throughout the course – to be done mainly in Excel. The course presents also the main impacts on climate scenarios of energy-related use.
Beyond the energy representations, the course aims to highlight the purposes for which energy models are used, how they work and what are their limits. This would give students a deep understanding of energy models and therefore on the strengths and weaknesses of forward looking studies.
Learning Outcomes and skills: 1. Understand key drivers behind energy modelling 2. Understand how to represent energy policies in energy modelling, to estimate their effects 3. Understand the complexity of energy system modelling, including effectiveness and limitations Professional Skills: - Use of excel tools and calculations related to energy modelling - Develop ability to critically interpret model results.

François CATTIER,Marco BARONI

Séminaire

English

- Attendance: 2 hours a week / 24 hours a semester
- Reading and Preparation for Class: 26 hours a semester
- Research and Preparation for Group Work: 30 hours a semester
- Preparing Home exercises and other excel: 20 hours a semester

Good understanding and familiarity with the use of Excel is mandatory.
Course of Energy Economics.
A self-assessment test will be organized for students interested in this course.

Spring 2022-2023

The course will have two assessments: one mid-term and one final exam.
Both assessments will have a question part and an Excel exercise part.
The assessments will account respectively for 30% and 50% of the final grade.
The remaining 20% will be attributed during the semester following group work and individual Excel exercises.

-Lecture and tutorials
- Excel exercises
- Guest presentation from sectoral experts (buildings and transport)
- Students presentations
- Quizzes
Feedback is provided through personal emails for both mid-term and final exams.
Feedback is provided also for the home exercises and solutions are discussed in session when needed.